The TkinterTreectrl module wraps the treectrl Tk extension for use with Python/Tkinter. The treectrl widget allows you to create fancy things like sortable multi-column list boxes and hierarchical tree views in Tkinter. The package also includes a ready to use multi-column listbox widget, scrolled Treectrl, and multi-column list box widgets plus a generic ScrolledWidget class that makes it quite easy to add one or two static or automatic scroll bars to any listbox-alike Tkinter widget.
Template Data Interface (TDI, /ʹtedɪ/) is a markup templating system written in Python with (optional but recommended) speedup code written in C. Unlike most templating systems, TDI does not invent its own language to provide functionality. Instead, you simply mark the nodes you want to manipulate within the template document. The template is parsed, and the marked nodes are presented to your Python code, where they can be modified in any way you want.
PHP GUI API is a package that renders HTML pages composed programmatically. It is designed in a similar fashion to Java's GUI package, but it is for HTML components rather than desktop applications. It consists of a set of classes that wrap around several types of HTML page components and CSS elements that can be composed and configured programmatically to generate whole pages. The classes render the page by generating HTML for each element and the contained elements. It provides classes for wrapping paragraphs, divisions (div), input fields, forms, tables, images, links, etc.
Roles UI is a graphic interface library for Ruby on Rails which provides the ability to manage roles and permissions in realtime for applications which use Cancan. It is a Rails engine, so it has its own namespace. You can reach Roles UI in /roles_ui. Roles UI consist of two main entities, Role and Permission. Each Role may have a permission set. Roles belongs to users. Roles UI extends your User model so you don't need to create this association. By default, Roles UI is configured to work with the User model.
JMapper-Framework allows you to pass data from one Java Bean to another dynamically with annotations and/or XML. You can create and enrich target objects, apply specific logic to the mapping, automatically manage the XML file, implement the 1-to-N and N-to-1 relationships, implement explicit conversions, apply inherited configurations, and more.